Posts by _Tim_

    Here's what I collected from several threads last night, as I was making a spreadsheet to easily compare designs. Out of these, a couple I designed myself, any others, full credit to the original creator (sorry I didn't record who's design it was initially, wasn't expecting to publicise my efforts).

    Reactors

    0 Chambers

    • Output: 35EU/t
    • Total EU: 7,000,000
    • Efficiency: 2.33
    • Excess heat: 12.0
    • Heat (max/highest/%): 10,000/7,522 (75%)
    • Link
    • Output: 35EU/t
    • Total EU: 7,000,000
    • Efficiency: 2.33
    • Excess heat: 12.0
    • Heat (max/highest/%): 10,000/7,516 (75%)
      Link
    • Output: 20EU/t
    • Total EU: 4,000,000
    • Efficiency: 2.00
    • Excess heat: -6.0
    • Heat (max/highest/%): 10,200/20 (0%)
    • Link
    • Output: 20EU/t
    • Total EU: 4,000,000
    • Efficiency: 2.00
    • Excess heat: -8.0
    • Heat (max/highest/%): 10,000/18 (0%)
    • Link
    • Output: 25EU/t
    • Total EU: 5,000,000
    • Efficiency: 1.67
    • Excess heat: -2.0
    • Heat (max/highest/%): 10,000/24 (0%)
    • Link


    2 Chambers

    • Output: 35EU/t
    • Total EU: 7,000,000
    • Efficiency: 2.33
    • Excess heat: 0.0
    • Heat (max/highest/%): 12,000/29 (0%)
    • Link
    • Output: 35EU/t
    • Total EU: 7,000,000
    • Efficiency: 2.33
    • Excess heat: 11.0
    • Heat (max/highest/%): 12,000/8,480 (71%)
    • Link
    • Output: 40EU/t
    • Total EU: 8,000,000
    • Efficiency: 2.00
    • Excess heat: 1.0
    • Heat (max/highest/%): 12,000/398 (3%)
    • Link


    3 Chambers

    • Output: 50EU/t
    • Total EU: 10,000,000
    • Efficiency: 2.50
    • Excess heat: 24.0
    • Heat (max/highest/%): 13,000/8,024 (62%)
    • Link


    6 Chambers

    • Output: 60EU/t
    • Total EU: 12,000,000
    • Efficiency: 3.00
    • Excess heat: 28.0
    • Heat (max/highest/%): 16,000/5,614 (35%)
    • Link
    • Output: 60EU/t
    • Total EU: 12,000,000
    • Efficiency: 3.00
    • Excess heat: 34.0
    • Heat (max/highest/%): 16,000/7,929 (50%)
    • Link
    • Output: 60EU/t
    • Total EU: 12,000,000
    • Efficiency: 3.00
    • Excess heat: 28.0
    • Heat (max/highest/%): 16,000/5,504 (34%)
    • Link
    • Output: 60EU/t
    • Total EU: 12,000,000
    • Efficiency: 3.00
    • Excess heat: 30.0
    • Heat (max/highest/%): 16,000/5,910 (37%)
    • Link
    • Output: 60EU/t
    • Total EU: 12,000,000
    • Efficiency: 3.00
    • Excess heat: 28.0
    • Heat (max/highest/%): 16,000/5,504 (34%)
    • Link
    • Output: 65EU/t
    • Total EU: 13,000,000
    • Efficiency: 2.60
    • Excess heat: 34.0
    • Heat (max/highest/%): 16,000/6,822 (43%)
    • Link
    • Output: 65EU/t
    • Total EU: 13,000,000
    • Efficiency: 2.60
    • Excess heat: 33.0
    • Heat (max/highest/%): 16,000/6,616 (41%)
    • Link
    • Output: 50EU/t
    • Total EU: 10,000,000
    • Efficiency: 2.50
    • Excess heat: 5.0
    • Heat (max/highest/%): 16,000/1,020 (6%)
    • Link
    • Output: 75EU/t
    • Total EU: 15,000,000
    • Efficiency: 2.14
    • Excess heat: 39.0
    • Heat (max/highest/%): 16,000/9,298 (58%)
    • Link
    • Output: 75EU/t
    • Total EU: 15,000,000
    • Efficiency: 2.14
    • Excess heat: 29.0
    • Heat (max/highest/%): 16,000/6,071 (38%)
    • Link
    • Output: 90EU/t
    • Total EU: 18,000,000
    • Efficiency: 1.80
    • Excess heat: 40.0
    • Heat (max/highest/%): 16,000/8,907 (56%)
    • Link
    • Output: 90EU/t
    • Total EU: 18,000,000
    • Efficiency: 1.80
    • Excess heat: 39.0
    • Heat (max/highest/%): 16,000/8,688 (54%)
    • Link <-- Using this one currently .. Isn't too efficient, hence the research for an improved design.


    Breeders

    0 Chamber

    • Output: 10EU/t
    • Total EU: 2,000,000
    • Efficiency: 2.00
    • Excess heat: 4.0
    • Heat (max/highest/%): 10,000/9,639 (96%)
    • Link
    • Output: 10EU/t
    • Total EU: 2,000,000
    • Efficiency: 2.00
    • Excess heat: 3.0
    • Heat (max/highest/%): 10,000/9,639 (96%)
    • Link


    6 Chamber

    • Output: 5EU/t
    • Total EU: 1,000,000
    • Efficiency: 5.00
    • Excess heat: 13.0
    • Heat (max/highest/%): 16,000/9,317 (58%)
    • Link
    • Output: 10EU/t
    • Total EU: 2,000,000
    • Efficiency: 4.50
    • Excess heat: 40.0
    • Heat (max/highest/%): 16,000/9,554 (60%)
    • Link
    • Output: 5EU/t
    • Total EU: 1,000,000
    • Efficiency: 3.00
    • Excess heat: 0.0
    • Heat (max/highest/%): 20,900/9,000 (43%)
    • Link <-- Using this one currently. Throw in 5 lava buckets = 10,000 heat, nice.
    • Output: 15EU/t
    • Total EU: 3,000,000
    • Efficiency: 3.00
    • Excess heat: 28.0
    • Heat (max/highest/%): 16,000/9,668 (60%)
    • Link
    • Output: 20EU/t
    • Total EU: 4,000,000
    • Efficiency: 3.00
    • Excess heat: 45.0
    • Heat (max/highest/%): 16,000/9,597 (60%)
    • Link
    • Output: 35EU/t
    • Total EU: 7,000,000
    • Efficiency: 3.00
    • Excess heat: 23.0
    • Heat (max/highest/%): 16,000/9,220 (58%)
    • Link
    • Output: 40EU/t
    • Total EU: 8,000,000
    • Efficiency: 3.00
    • Excess heat: 43.0
    • Heat (max/highest/%): 16,000/9,790 (61%)
    • Link
    • Output: 40EU/t
    • Total EU: 8,000,000
    • Efficiency: 3.00
    • Excess heat: 46.0
    • Heat (max/highest/%): 16,000/9,809 (61%)
    • Link
    • Output: 30EU/t
    • Total EU: 6,000,000
    • Efficiency: 2.33
    • Excess heat: 40.0
    • Heat (max/highest/%): 16,000/9,541 (60%)
    • Link

    I do like the idea of sending a satallite up (GPS?) to assist in mapping (build a GPS device similar to the EU Reader?) .. Or perhaps build a radar (for on ground placement) to aid in mapping out. Would be a nice replacement for the paper maps in the game, options of waypoints etc, though that might be going too far ..

    Pump that lava ocean! Geothermal generators put out 10EU/t, so 6-7 of those will give you your required 50EU/t plus some extra to run the pumps. As for nuclear reactor, you could go for a SUC (single use coolant) design, though that would require bringing in water cells/ice from the surface world.